*Hanca, J.[Jan]*
**Co Author Listing** * Lightweight real-time error-resilient encoding of visual sensor data

* low-cost visual sensor network for elderly care, A

* Robust stereo matching using census cost, discontinuity-preserving disparity computation and view-consistent refinement

Includes: Hanca, J.[Jan] Hanca, J.

*Hancer, E.[Emrah]*
**Co Author Listing** * new approach to the reconstruction of contour lines extracted from topographic maps, A

*Hancher, M.D.[Mattew D.]*
**Co Author Listing** * bayesian formulation for sub-pixel refinement in stereo orbital imagery, A

*Hancke, G.P.*
**Co Author Listing** * Deformable Object Tracking With Gated Fusion

* Development of a robust active infrared-based eye tracker

*Hanckmann, P.[Patrick]*
**Co Author Listing** * Automated Textual Descriptions for a Wide Range of Video Events with 48 Human Actions

* Instantaneous threat detection based on a semantic representation of activities, zones and trajectories

Includes: Hanckmann, P.[Patrick] Hanckmann, P.

*Hancock, C.M.[Craig M.]*
**Co Author Listing** * Cycle Slip Detection during High Ionospheric Activities Based on Combined Triple-Frequency GNSS Signals

*Hancock, E.[Edwin]*
**Co Author Listing** * Fusion of Multiple Candidate Orientations in Fingerprints

* Local Binary Patterns for Graph Characterization

* Special edition on semi-supervised learning for visual content analysis and understanding

Includes: Hancock, E.[Edwin] Hancock, E.

*Hancock, E.R.[Edwin R.]*
**Co Author Listing** * Home Page.

* email: Hancock, E.R.[Edwin R.]: erh AT cs york ac uk

* 3-D Planar Orientation from Texture: Estimating Vanishing Point from Local Spectral Analysis

* 3-D Terrain from Synthetic Aperture Radar Images

* 3D Object Recognition Using Hyper-Graphs and Ranked Local Invariant Features

* 3D Shape Classification Using Commute Time

* 3D Surface Topography from Intensity Images

* 3D Triangular Mesh Parametrization Using Locally Linear Embedding

* Absorptive scattering model for rough laminar surfaces

* Accumulating Spectral Evidence for Perspective Views of Texture Planes

* Acquiring Height Data from a Single Image of a Face Using Local Shape Indicators

* Acquiring height maps of faces from a single image

* Adapting Scale by Minimising Spectral Defocusing for Shape from Texture

* Adapting Spectral Scale for Shape from Texture

* Adaptive Estimation of Hysteresis Thresholds

* Adaptive Feature Selection Based on the Most Informative Graph-Based Features

* Adaptive Graph Learning for Unsupervised Feature Selection

* Adaptive hash retrieval with kernel based similarity

* Adding Subsurface Attenuation to the Beckmann-Kirchhoff Theory

* Advances in pattern recognition methodology and applications

* Alignment and Correspondence Using Markov Chain Monte Carlo

* Alignment using Spectral Clusters

* Analysis of the Exponential Correlation Associative Memory, An

* Analyzing graph time series using a generative model

* Appearance-Based Object Recognition Using Shape-From-Shading

* Approximate Axial Symmetries from Continuous Time Quantum Walks

* Approximating 3D Facial Shape from Photographs Using Coupled Statistical Models

* Arabic Character Recognition Using Structural Shape Decomposition

* Arabic Character Recognition with Shape Mixtures

* Articulated Shape Mixtures for Object Recognition

* Associating Minutiae between Distorted Fingerprints Using Minimal Spanning Tree

* Attributed Graph Kernel from the Jensen-Shannon Divergence, An

* Augmenting Point Distribution Models with Relational Constraints

* Bayesian Approach to 3D Surface Fitting and Refinement, A

* Bayesian Compatibility Model for Graph Matching, A

* Bayesian extraction of differential surface structure

* Bayesian framework for 3D surface estimation, A

* Bayesian framework for hierarchical relaxation, A

* Bayesian Framework for Radar Shape-from-Shading, A

* Bayesian Graph Edit Distance

* Bayesian Interpretation for the Exponential Correlation Associative Memory, A

* Bayesian Interpretation for the Hopfield Network, A

* Bias-Variance Analysis for Controlling Adaptive Surface Meshes

* Bias-Variance Tradeoff for Adaptive Surface Meshes

* Birkhoff polytopes, heat kernels and graph complexity

* Bragg Diffraction Patterns as Graph Characteristics

* Cartographic Indexing into a Database of Remotely Sensed Images

* Cartographic Matching onto Millimetre Radar Images

* Characterising Facial Gender Difference Using Fisher-Rao Metric

* Characterising Graphs using the Heat Kernel

* Characteristic Polynomial Analysis on Matrix Representations of Graphs

* Characterizing Graphs Using Approximate von Neumann Entropy

* Characterizing Graphs Using Spherical Triangles

* Clustering and Embedding Using Commute Times

* Clustering Shapes Using Heat Content Invariants

* Clustering Using Class Specific Hyper Graphs

* Coarse View Synthesis Using Shape-from-Shading

* Coined Quantum Walks Lift the Cospectrality of Graphs and Trees

* Combinatorial Surface Integration

* Combining curvature evidence to shape-from-shading

* Combining data-closeness and fourier domain integrability constraints in shape-from-shading

* Combining Evidence in Probabilistic Relaxation

* Commute Time for a Gaussian Wave Packet on a Graph

* Commute Times for Graph Spectral Clustering

* Commute Times in Dense Graphs

* Commute Times, Discrete Green's Functions and Graph Matching

* Comparing Variants of the Beckmann Model

* Comparison of Cartesian Coordinate-based Representations for Building Three-dimensional Models of Faces, A

* Complexity Fusion for Indexing Reeb Digraphs

* comprehensive polarisation model for surface orientation recovery, A

* Computing approximate tree edit distance using relaxation labeling

* Consistent topographic surface labelling

* Contextual Decision Rule for Image Analysis

* Convergence of a hill-climbing genetic algorithm for graph matching

* Corner detection using a mixture model of edge orientation

* Corner Detection Using Vector Potential

* Corner Detection Via Topographic Analysis of Vector Potential

* Correcting Curvature-Density Effects in the Hamilton-Jacobi Skeleton

* Correction of underexposed images using scene radiance estimation

* Correlation Network Evolution Using Mean Reversion Autoregression

* Correspondence matching using kernel principal components analysis and label consistency constraints

* Correspondence matching using Spectral Clusters

* Correspondence matching with modal clusters

* Correspondence Measure for Graph Matching Using the Discrete Quantum Walk, A

* Coupled Prediction Classification for Robust Visual Tracking

* Coupled Statistical Face Reconstruction

* Coupled Statistical Model for Face Shape Recovery From Brightness Images, A

* Coupled Statistical Model for Face Shape Recovery, A

* Coupled-Feature Hypergraph Representation for Feature Selection

* Curvature Consistency for Shape-from-Shading

* Curvature correction of the Hamilton-Jacobi skeleton

* Curvature Dependent Skeletonization

* Curvature Estimation for Ricci Flow Embedding

* Darboux smoothing for shape-from-shading

* Data-driven Shape-from-Shading using Curvature Consistency

* Deep Face Model Compression Using Entropy-Based Filter Selection

* Deep Hybrid Graph Kernel Through Deep Learning Networks, A

* Deep supervised hashing using symmetric relative entropy

* Deep Supervised Hashing with Information Loss

* Density Propagation for Surface Tracking

* Depth-based complexity traces of graphs

* Depth-based hypergraph complexity traces from directed line graphs

* Depth-based subgraph convolutional auto-encoder for network representation learning

* Depth-based Subgraph Convolutional Neural Networks

* Detecting Alzheimer's Disease Using Directed Graphs

* Detecting Multiple Texture Planes using Local Spectral Distortion

* Detection of skin lesions using diffuse polarisation

* Determining the Cause of Negative Dissimilarity Eigenvalues

* Deterministic search for relational graph matching

* Diffuse Reflectance Models for Rough Surfaces: A Geometrical Study for Shape-from-Shading

* Diffusion of Geometric Affinity for Surface Integration

* Directed Depth-Based Complexity Traces of Hypergraphs from Directed Line Graphs

* Directed Graph Evolution from Euler-Lagrange Dynamics

* Directed Network Analysis Using Transfer Entropy Component Analysis

* Dirichlet densifier bounds: Densifying beyond the spectral gap constraint

* Dirichlet densifiers for improved commute times estimation

* Dirichlet Densifiers: Beyond Constraining the Spectral Gap

* Dirichlet Graph Densifiers

* Discovering Shape Categories by Clustering Shock Trees

* Discovering Shape Classes using Tree Edit-Distance and Pairwise Clustering

* Discrete Relaxation

* Distinguishing facial expression using the Fisher-Rao metric

* Edge Detection and Anisotropic Diffusion for Tensor-Valued Images

* Edge location with electrostatic region attractors

* Edge-Based Matching Kernel for Graphs Through the Directed Line Graphs, An

* Edge-Based Matching Kernel on Commute-Time Spanning Trees, An

* Edge-Based Matching Kernel Through Discrete-Time Quantum Walks, An

* Edge-Labeling Using Dictionary-Based Relaxation

* Editorial, Introduction

* Editorial: Special Issue on Machine Vision

* Efficient Relational Matching with Local Edit Distance

* Efficiently Computing Weighted Tree Edit Distance Using Relaxation Labeling

* Eigendecomposition Method for Shape-from-texture, An

* Eigenspaces For Graphs

* Eigenspaces from Seriated Graphs

* Eigenvector method for shape-from-shading, An

* Eigenvector method for texture recognition

* Eigenvector Sign Correction for Spectral Correspondence Matching

* EM-like Algorithm for Motion Segmentation via Eigendecomposition, An

* Entropic Edge Assortativity Measure, An

* Entropic Graph Embedding via Multivariate Degree Distributions

* Entropy versus Heterogeneity for Graphs

* Estimating 3D Facial Pose Using the EM Algorithm

* Estimating Cast Shadows using SFS and Class-based Surface Completion

* Estimating Complex Refractive Index Using Ellipsometry

* Estimating Facial Pose Using Shape-from-Shading

* Estimating Facial Reflectance Properties Using Shape-from-Shading

* Estimating Reflectance Functions Using a Cyberware 3030 Scanner

* Estimating Surface Characteristics and Extracting Features from Polarisation

* Estimating surface characteristics using physical reflectance models

* Estimating the 3D orientation of texture planes using local spectral analysis

* Estimating the Albedo Map of a Face from a Single Image

* Estimating the perspective pose of texture planes using spectral analysis on the unit sphere

* Estimating the surface radiance function from single images

* Euler-Lagrange Network Dynamics

* evidence combining approach to shape-from-shading, An

* Evolving Spanning Trees Using the Heat Equation

* Example-Based Modeling of Facial Texture from Deficient Data

* Expectation-Maximisation Framework for Perceptual Grouping, An

* Expectation-Maximisation Framework for Segmentation and Grouping, An

* Extracting gender discriminating features from facial needle-maps

* Face Frontalization Using an Appearance-Flow-Based Convolutional Neural Network

* Face image super-resolution via weighted patches regression

* Face Recognition using 2.5D Shape Information

* Face Recognition Using a Surface Normal Model

* Face Recognition using Patch-based Spin Images

* Face Recognition Using Principal Geodesic Analysis and Manifold Learning

* Face recognition using semi-supervised spectral feature selection

* Face recognition using shading-based curvature attributes

* Face Recognition Using Shape-from-Shading

* Face Recognition with Generalized Entropy Measurements

* Face Recognition with Irregular Region Spin Images

* Face Recognition with Region Division and Spin Images

* Face Shape Recovery and Recognition Using a Surface Gradient Based Statistical Model

* Facial Expression Recognition Using Nonrigid Motion Parameters and Shape-from-Shading

* Facial Gender Classification Using Shape from Shading and Weighted Principal Geodesic Analysis

* Facial Gender Classification Using Shape-from-Shading

* Facial Shadow Removal

* Facial Shape Estimation in the Presence of Cast Shadows

* Facial Shape Spaces from Surface Normals

* Facial Shape-from-shading and Recognition Using Principal Geodesic Analysis and Robust Statistics

* Facial Statistical Model from Complex Numbers, A

* Facial View Synthesis from a Single Image Using Shape from Shading

* Fast depth-based subgraph kernels for unattributed graphs

* Fast Isometric Parametrization of 3D Triangular Mesh

* Fast Jensen-Shannon Subgraph Kernel, A

* fast leading eigenvector approximation for segmentation and grouping, A

* Fast on-line learning of point distribution models

* Feature Selection for Gender Classification

* Feature Tracking by Multiframe Relaxation

* Fitting 3D Cartesian Models to Faces Using Irradiance and Integrability Constraints

* Flow Complexity: Fast Polytopal Graph Complexity and 3D Object Clustering

* fMRI Activation Network Analysis Using Bose-Einstein Entropy

* Fresnel Correction of the Beckmann Model

* From Points to Nodes: Inverse Graph Embedding through a Lagrangian Formulation

* Fuzzy Relational Distance for Large-scale Object Recognition

* Gauging Relational Consistency and Correcting Structural Errors

* Gender classification based on facial surface normals

* Gender Classification Using Principal Geodesic Analysis and Gaussian Mixture Models

* Gender Classification using Shape from Shading

* Gender discriminating models from facial surface normals

* Generative Graph Prototypes from Information Theory

* generative model for graph matching and embedding, A

* Genetic Algorithm Parameter Sets for Line Labeling

* Genetic algorithms for ambiguous labelling problems

* Genetic Search for Structural Matching

* Geometric Characterisation of Graphs

* Geometric characterization and clustering of graphs using heat kernel embeddings

* Graph Characteristic from the Gauss-Bonnet Theorem

* Graph characteristics from the heat kernel trace

* Graph Characteristics from the Ihara Zeta Function

* Graph Characterization from Entropy Component Analysis

* Graph Characterization Using Wave Kernel Trace

* Graph characterizations from von Neumann entropy

* Graph clustering using graph entropy complexity traces

* Graph Clustering Using Heat Content Invariants

* Graph Clustering using Symmetric Polynomials and Local Linear Embedding

* Graph Clustering Using the Jensen-Shannon Kernel

* Graph Clustering with Tree-Unions

* Graph Complexity from the Jensen-Shannon Divergence

* Graph drawing using quantum commute time

* Graph Edit Distance from Spectral Seriation

* Graph Edit Distance without Correspondence from Continuous-Time Quantum Walks

* Graph Embedding Method Using the Jensen-Shannon Divergence, A

* Graph Embedding Using Commute Time

* Graph Embedding Using Quantum Commute Times

* Graph embedding using tree edit-union

* Graph Entropy from Closed Walk and Cycle Functionals

* Graph Kernel from the Depth-Based Representation, A

* Graph Kernels from the Jensen-Shannon Divergence

* Graph manifolds from spectral polynomials

* Graph matching and clustering using spectral partitions

* Graph Matching by Configurational Relaxation

* Graph matching through entropic manifold alignment

* Graph Matching using Adjacency Matrix Markov Chains

* Graph Matching using Commute Time Spanning Trees

* Graph Matching using Interference of Coined Quantum Walks

* Graph Matching Using Manifold Embedding

* Graph matching using spectral embedding and alignment

* Graph Matching using Spectral Embedding and Semidefinite Programming

* Graph matching using the interference of continuous-time quantum walks

* Graph matching using the interference of discrete-time quantum walks

* Graph Matching with a Dual-Step EM Algorithm

* Graph matching with hierarchical discrete relaxation

* Graph Pattern Spaces from Laplacian Spectral Polynomials

* Graph Regularisation Using Gaussian Curvature

* Graph Similarity through Entropic Manifold Alignment

* Graph Similarity Using Interfering Quantum Walks

* Graph simplification and matching using commute times

* Graph spectral approach for learning view structure

* Graph Spectral Approach to Consistent Labelling, A

* Graph Spectral Image Smoothing

* Graph spectral image smoothing using the heat kernel

* Graph Time Series Analysis Using Transfer Entropy

* Graph-Based Approach to Feature Selection, A

* Graph-Based Object Class Discovery

* graph-spectral approach to correspondence matching, A

* Graph-Spectral Approach to Shape-From-Shading, A

* graph-spectral approach to surface segmentation, A

* Graph-Spectral Method for Surface Height Recovery from Needle-Maps, A

* graph-spectral method for surface height recovery, A

* Grey scale image skeletonisation from noise-damped vector potential

* Grouping Line-segments using Eigenclustering

* Guest editors' Introduction to the special section on energy minimization methods in computer vision and pattern recognition

* Heat Flow-Thermodynamic Depth Complexity in Directed Networks

* Heat Flow-Thermodynamic Depth Complexity in Networks

* Heat Kernel Smoothing of Scalar and Vector Image Data

* Heterogeneity Index for Directed Graphs

* Hierarchical Evidence Combining Edge Detection, A

* hierarchical framework for modal correspondence matching, A

* Hierarchical Framework for Shape Recognition Using Articulated Shape Mixtures, A

* Hierarchical Framework for Spectral Correspondence, A

* Hierarchical Iterative Eigen Decomposition for Motion Segmentation

* High Order Structural Matching Using Dominant Cluster Analysis

* High-order covariate interacted Lasso for feature selection

* High-Order Depth-Based Graph Matching Method, A

* Highlight Removal Using Shape-from-Shading

* Histogram-based Object Recognition using Shape-from-Shading

* Holistic matching

* Hypergraph based information-theoretic feature selection

* Hypergraph based semi-supervised learning for gender classification

* Hypergraph Kernel from Isomorphism Tests, A

* Hypergraph matching based on Marginalized Constrained Compatibility

* Hypergraph Spectra for Unsupervised Feature Selection

* Hypergraph-Based Approach to Feature Selection, A

* Hypergraphs, Characteristic Polynomials and the Ihara Zeta Function

* Image registration with shape mixtures

* Image Segmentation using Commute times

* Improved Content-Based Watermarking Using Scale-Invariant Feature Points

* Improved Face Shape Recovery and Re-illumination Using Convexity Constraints

* Improved Orientation Estimation for Texture Planes Using Multiple Vanishing Points

* Improved Point Proximity Matrix for Modal Matching, An

* Improved Pose Estimation for Texture Planes using Multiple Vanishing Points

* Improved Shape-from-shading Using Darboux Smoothing

* Improving Correspondence Matching Using Label Consistency Constraints

* Improving Height Recovery from a Single Image of a Face Using Local Shape Indicators

* Improving shape recovery by estimating properties of slightly-rough surfaces

* Incorporating Subsurface Attenuation into the Beckmann Model

* Increased Extent of Characteristic Views using Shape-from-shading for Object Recognition

* Incrementally Discovering Object Classes Using Similarity Propagation and Graph Clustering

* independent and principal component of graph spectra, The

* Inexact Graph Matching Using Genetic Search

* Inexact Graph Retrieval

* information theoretic approach to gender feature selection, An

* Information theoretic methods for learning generative models for relational structures

* Information Theoretic Prototype Selection for Unattributed Graphs

* integrated approach to grouping and matching, An

* Iterative Curve Organization with the EM Algorithm

* Iterative Deep Subspace Clustering

* Iterative Procrustes alignment with the EM algorithm

* Iterative Spline Relaxation with the EM Algorithm

* Jensen-Shannon Divergence Kernel for Directed Graphs, A

* Jensen-Shannon graph kernel using information functionals

* Jensen-Shannon Kernel for Hypergraphs, A

* Joint hypergraph learning and sparse regression for feature selection

* Kernel Spectral Correspondence Matching Using Label Consistency Constraints

* Kernelised Relaxation Labelling using Fokker-Planck Diffusion

* Kernelising the Ihara Zeta Function

* Label Error Process for Discrete Relaxation, A

* Lambertian reflectance correction for rough and shiny surfaces

* Learning Class Specific Graph Prototypes

* Learning Feature Characteristics

* Learning Generative Graph Prototypes Using Simplified von Neumann Entropy

* Learning Mixture Models for Gender Classification Based on Facial Surface Normals

* Learning mixtures of point distribution models with the EM algorithm

* Learning Mixtures of Weighted Tree-Unions by Minimizing Description Length

* Learning modes of structural variation in graphs

* Learning Shape Categories by Clustering Shock Trees

* Learning Shape-Classes Using a Mixture of Tree-Unions

* Least Commitment Graph Matching by Evolutionary Optimisation

* Least-commitment graph matching with genetic algorithms

* Levenshtein distance for graph spectral features

* Light Scattering Model for Layered Dielectrics with Rough Surface Boundaries, A

* Light Scattering Model for Layered Rough Surfaces, A

* Line Pattern Retrieval Using Relational Histograms

* Linear Differential Constraints for Photo-Polarimetric Height Estimation

* linear discriminator of width, A

* Localized Graph-Based Feature Selection for Clustering

* Locally Linear Isometric Parameterization

* Machine Learning with Seriated Graphs

* Manifold Learning and the Quantum Jensen-Shannon Divergence Kernel

* Matching and Embedding through Edit-Union of Trees

* Matching Blood Vessel Patterns with the Generalised EM Algorithm

* Matching Deformed Delaunay Triangulations

* Matching Delaunay Graphs

* Matching delaunay triangulations by probabilistic relaxation

* Matching Point-sets using Procrustes Alignment and the EM Algorithm

* Maximum Likelihood Framework for Grouping and Segmentation, A

* Maximum Likelihood Framework for Iterative Eigendecomposition, A

* Maximum likelihood motion segmentation using eigen-decomposition

* Measuring Graph Similarity Using Spectral Geometry

* Measuring skin reflectance parameters

* Minimising Entropy Changes in Dynamic Network Evolution

* Minimum-Variance Adaptive Surface Mesh, A

* Mining Exemplars for Object Modelling Using Affinity Propagation

* Mixed Entropy Local-Global Reproducing Kernel for Attributed Graphs, A

* mixture model for pose clustering, A

* Model Acquisition Using Shape-from-Shading

* Model-Based Method for Face Shape Recovery, A

* Modelling Needle-Map Consistency with Novel Constraints

* modified Beckmann-Kirchhoff scattering theory for rough surface analysis, The

* Multi-sensor fusion with Bayesian inference

* Multi-View Surface Reconstruction Using Polarization

* Multiple Graph Matching with Bayesian-Inference

* Multiple Line-Template Matching with the EM Algorithm

* Multiresolution Edge Labelling Using Hierarchical Relaxation

* mutual information between graphs, The

* Mutual Information between Graphs, The

* Natural Material Segmentation and Classification Using Polarisation

* Needle map recovery using robust regularizers

* Nested Alignment Graph Kernel Through the Dynamic Time Warping Framework, A

* net4Lap: Neural Laplacian Regularization for Ranking and Re-Ranking

* Network Edge Entropy from Maxwell-Boltzmann Statistics

* Network entropy analysis using the Maxwell-Boltzmann partition function

* New Constraints on Data-Closeness and Needle Map Consistency for Shape-from-Shading

* New Framework for Grayscale and Colour Non-lambertian Shape-from-Shading, A

* New Riemannian techniques for directional and tensorial image data

* Node Centrality for Continuous-Time Quantum Walks

* Noise models for linear feature detection in SAR images

* novel entropy-based graph signature from the average mixing matrix, A

* Object recognition by clustering spectral features

* Object recognition using graph spectral invariants

* Object Recognition Using Shape-from-Shading

* Obstacle detection by means of stereo feature matching

* Optimising Pattern Recovery in Recurrent Correlation Associative Memories

* P2P Lending Analysis Using the Most Relevant Graph-Based Features

* Pairwise Clustering with Matrix Factorisation and the EM Algorithm

* Pairwise Similarity Propagation Based Graph Clustering for Scalable Object Indexing and Retrieval

* Pattern analysis with graphs: Parallel work at Bern and York

* Pattern Spaces from Graph Polynomials

* Pattern Vectors from Algebraic Graph Theory

* Pattern vectors from the Ihara zeta function

* Perceptual Grouping using Eigendecomposition and the EM Algorithm

* Perspective matching using the EM algorithm

* Perspective Pose from Spectral Voting

* Plenoptic Imaging for Seeing Through Turbulence

* Point Pattern Matching Via Spectral Geometry

* Point Pattern Matching with Robust Spectral Correspondence

* Point-set alignment using multidimensional scaling

* Polar Transformation on Image Features for Orientation-Invariant Representations

* Polarization-based Surface Reconstruction via Patch Matching

* polynomial characterization of hypergraphs using the Ihara zeta function, A

* Polytopal Graph Complexity, Matrix Permanents, and Embedding

* Population Codes for Orientation Estimation

* Pose Clustering with Density Estimation and Structural Constraints

* Preliminary Survey of Analyzing Dynamic Time-Varying Financial Networks Using Graph Kernels, A

* Probabilistic Fiber Tracking Using Particle Filtering and Von Mises-Fisher Sampling

* Probabilistic Framework for Articulated Shape Recognition, A

* Probabilistic Framework for Graph Clustering, A

* probabilistic framework for specular shape-from-shading, A

* Probabilistic population coding of multiple edge orientation

* Probabilistic Relaxation Labeling by Fokker-Planck Diffusion on a Graph

* Probabilistic relaxation labelling using the Fokker-Planck equation

* Probabilistic Relaxation using the Heat Equation

* probabilistic spectral framework for grouping and segmentation, A

* Probablistic phase based sparse stereo

* Procrustes Alignment with the EM Algorithm

* Quantitative Evaluation on Heat Kernel Permutation Invariants

* Quantum Edge Entropy for Alzheimer's Disease Analysis

* quantum Jensen-Shannon graph kernel for unattributed graphs, A

* Quantum Jensen-Shannon Graph Kernel Using Discrete-Time Quantum Walks, A

* Quantum kernels for unattributed graphs using discrete-time quantum walks

* Quantum thermodynamics of time evolving networks

* Quantum vs. Classical Ranking in Segment Grouping

* Quantum-based subgraph convolutional neural networks

* Quasi-isometric parameterization for texture mapping

* radar reflectance model for terrain analysis using shape from shading, A

* Ranking the local invariant features for the robust visual saliencies

* Recognising Facial Expressions Using Spherical Harmonics

* Recognizing Building Patterns Using Matched-Filters and Genetic Search

* Reconstructing 3D Facial Shape Using Spherical Harmonics

* Recovering 3D Shape Using an Improved Fast Marching Method

* Recovering face shape and reflectance properties from single images

* Recovering facial pose with the EM algorithm

* Recovering Facial Shape and Albedo Using a Statistical Model of Surface Normal Direction

* Recovering Facial Shape Using a Statistical Model of Surface Normal Direction

* Recovering Facial Shape Using A Statistical Surface Normal Model

* Recovering height information from SAR images of terrain

* Recovering variations in facial albedo from low resolution images

* Recovery of Surface Height from Diffuse Polarisation

* Recovery of Surface Height Using Polarization from Two Views

* Recovery of Surface Orientation From Diffuse Polarization

* Rectifying Non-euclidean Similarity Data through Tangent Space Reprojection

* Rectifying Non-Euclidean Similarity Data Using Ricci Flow Embedding

* Refining surface curvature with relaxation labeling

* Reflectance correction for perspiring faces

* Reflectance from Surfaces with Layers of Variable Roughness

* Reflectance Model for Radar Shape From Shading, A

* Reflectance Modeling for Layered Dielectrics with Rough Surface Boundaries

* Reflectance-aware optical flow

* Reflection Component Separation Using Statistical Analysis and Polarisation

* Refractive Index Estimation of Naturally Occurring Surfaces Using Photometric Stereo

* Refractive index estimation using photometric stereo

* Refractive Index Estimation Using Polarisation and Photometric Stereo

* Region-based Object Recognition using Shape-from-Shading

* Registering Incomplete Radar Images Using the EM Algorithm

* Registering Multiple Cartographic Models with the Hierarchical Mixture of Expert Algorithms

* Regression tracking with data relevance determination

* Relational Constraints for Point Distribution Models

* Relational Histograms for Shape Indexing

* Relational Matching by Discrete Relaxation

* Relational matching with active graphs

* Relational Matching with Dynamic Graph Structures

* Relational Matching With Mean Field Annealing

* Relational Matching with Stochastic Optimisation

* Relational object recognition from large structural libraries

* Relaxational Refinement of Intensity Ridges

* Resolving Edge-Line Ambiguities Using Probabilistic Relaxation

* Ricci flow embedding for rectifying non-Euclidean dissimilarity data

* Riemannian approach to graph embedding, A

* Riemannian Self-Organizing Map, A

* Riemannian Weighted Filter for Edge-sensitive Image Smoothing, A

* Robust Computation of the Polarisation Image

* robust eigen-decomposition framework for inexact graph-matching, A

* Robust Estimation of Reflectance Functions from Polarization

* Robust estimation of shape and polarisation using blind source separation

* Robust Multi-body Motion Tracking Using Commute Time Clustering

* Robust Shape and Polarisation Estimation Using Blind Source Separation

* Robust Shape from Polarisation and Shading

* Rough Surface Analysis using Kirchhoff Theory

* Rough Surface Correction and Re-illumination Using the Modified Beckmann Model

* Rough Surface Estimation Using the Kirchhoff Model

* Sampling graphs from a probabilistic generative model

* Scale Adaptive Method for Focusing Spectral Peaks, A

* Scale space vector fields for symmetry detection

* Scale-Space Vector Fields for Feature Analysis

* Seamless texture stitching on a 3D mesh by poisson blending in patches

* Segmenting Modulated Line Textures with S-Gabor Filters

* Semi-supervised Feature Selection for Gender Classification

* Semi-supervised Graph Rewiring with the Dirichlet Principle

* Sensitivity Analysis for Object Recognition from Large Structural Libraries

* Sensitivity Analysis For Structural Matching

* Separating Lambertian and Specular Reflectance Components using Iterated Conditional Modes

* Shape Analysis Using the Edge-Based Laplacian

* Shape and Refractive Index from Single-View Spectro-Polarimetric Images

* Shape and refractive index recovery from single-view polarisation images

* Shape classification with a vertex clustering graph kernel

* Shape Estimation Using Polarization and Shading from Two Views

* Shape from Diffuse Polarisation

* Shape from Periodic Texture Using the Eigenvectors of Local Affine Distortion

* Shape recognition from large image libraries by inexact graph matching

* Shape Simplification Through Graph Sparsification

* Shape-from-shading using a curvature consistency constraint

* Shape-from-Shading Using Darboux Smoothing

* Shape-From-Shading Using the Heat Equation

* Shape-from-Shading Using Viewpoint-Invariant Principal Curvatures

* Shape-space from tree-union

* Simple Coupled Statistical Model for 3D Face Shape Recovery, A

* Simultaneous reflectance estimation and surface shape recovery using polarisation

* Single Image Facial View Synthesis Using SFS

* Single image super resolution via neighbor reconstruction

* Skeletal Graphs from Schrödinger Magnitude and Phase

* Skeletal Measure of 2D Shape Similarity, A

* Skin reflectance modelling for face recognition

* Smoothing Tensor-Valued Images Using Anisotropic Geodesic Diffusion

* Spanning Trees from the Commute Times of Random Walks on Graphs

* Special issue on Graph-Based Representations in Computer Vision

* Special Issue: British Machine Vision Conference 1994

* Spectral Approach to Learning Structural Variations in Graphs, A

* Spectral Clustering of Graphs

* Spectral correspondence for point pattern matching

* Spectral Embedding of Feature Hypergraphs

* Spectral embedding of graphs

* Spectral Generative Model for Graph Structure, A

* Spectral Modes of Facial Needle-Maps

* Spectral Simplification of Graphs

* Specular and diffuse reflectance in microfacet models

* Spherical and Hyperbolic Embeddings of Data

* Spherical embeddings for non-Euclidean dissimilarities

* statistical approach to sparse multi-scale phase-based stereo, A

* Statistical Operator for Detecting Weak Edges in Low Contrast Images, A

* Statistical surface tracking

* Storage Capacity of the Exponential Correlation Associative Memory

* String Kernels for Matching Seriated Graphs

* Structural Constraints for Pose Clustering

* Structural Graph Matching Using the EM Algorithm and Singular Value Decomposition

* Structural Matching by Discrete Relaxation

* Structural Matching with Active Triangulations

* Structural network inference from time-series data using a generative model and transfer entropy

* Structural Object Recognition Using Shape-from-shading

* Structurally Gated Pairwise Geometric Histograms for Shape Indexing

* Supergraph-based Generative Model, A

* Supervised Principal Geodesic Analysis on Facial Surface Normals for Gender Classification

* Supervised relevance maps for increasing the distinctiveness of facial images

* Surface acquisition from single gray-scale images

* Surface height recovery from surface normals using manifold embedding

* Surface height recovery using heat flow and manifold embedding

* Surface Integration: Two Statistical Approaches

* Surface normals and height from non-lambertian image data

* Surface radiance correction for shape from shading

* Surface radiance: empirical data against model predictions

* Surface Reconstruction Using Polarization and Photometric Stereo

* Surface Reconstruction with an EM-Like Relaxation Operator

* Surface Topography Using Shape-from-Shading

* Symbolic Graph Matching Using the EM Algorithm and Singular Value Decomposition

* Symbolic graph matching with the EM algorithm

* Synthesising Appearance Manifolds using Shape-from-Shading

* Template Tracking with Observation Relevance Determination

* Tensor MRI Regularization via Graph Diffusion

* Tensor-based total Bregman divergences between graphs

* Terrain Analysis Using Radar Shape-from-Shading

* Terrain Feature Identification by Modeling Radar Image Statistics

* Terrain Modeling in Synthetic Aperture Radar Images Using Shape-from-shading

* Terrain Reconstruction with an Adaptive Surface Mesh

* Testing new variants of the Beckmann-Kirchhoff model against radiance data

* Testing reflectance models against radiance data

* Testing Viewpoint Invariance in the Neural Representation of Faces: An MEG Study

* Texture Plane Orientation from Spectral Accumulation

* Texture Recognition through Modal Analysis of Spectral Peak Patterns

* Thermodynamic Characterization of Temporal Networks

* Thermodynamic Network Analysis with Quantum Spin Statistics

* Thermodynamics of Time Evolving Networks

* Trace Formula Analysis of Graphs

* transitive aligned Weisfeiler-Lehman subtree kernel, A

* Transitive State Alignment for the Quantum Jensen-Shannon Kernel

* Two-dimensional BRDF estimation from polarisation

* Underexposed Image Correction Via Approximation of the Scene Radiance Function

* Unfolding Kernel embeddings of graphs: Enhancing class separation through manifold learning

* unified framework for alignment and correspondence, A

* unified model of spectacular and diffuse reflectance for rough, glossy surfaces, A

* Unified Neighbor Reconstruction Method for Embeddings, A

* Unsupervised Clustering of Human Pose Using Spectral Embedding

* Unsupervised Feature Selection by Graph Optimization

* Unsupervised Feature Selection Via Hypergraph Embedding

* Unsupervised spectral feature selection for face recognition

* Using Cartesian Models of Faces with a Data-Driven and Integrable Fitting Framework

* Using the Fisher-Rao Metric to Compute Facial Similarity

* Vector field smoothing via heat flow

* Vector transport for shape-from-shading

* Vertex-level three-dimensional shape deformability measurement based on line segment advection

* View Synthesis from Needle-maps

* Weighted graph characteristics from oriented line graph polynomials

* Weighted Graph-Matching Using Modal Clusters

* Weighted Principal Geodesic Analysis for Facial Gender Classification

Includes: Hancock, E.R.[Edwin R.] Hancock, E.R. Hancock, E.R.[Edwin Robert] Hancock, E.R.[Edwin. R.]

594 for Hancock, E.R.

*Hancock, J.*
**Co Author Listing** * Laser Intensity-Based Obstacle Detection and Tracking

*Hancock, J.A.*
**Co Author Listing** * ELVIS: Eigenvectors for Land Vehicle Image System

*Hancock, K.L.*
**Co Author Listing** * Enterprise-wide freight simulation in an integrated logistics and transportation system

*Hancock, P.*
**Co Author Listing** * Evaluation of Dense 3D Reconstruction from 2D Face Images in the Wild

*Hancock, P.A.*
**Co Author Listing** * Calibrating Adaptable Automation to Individuals

* Effect of Agent Reasoning Transparency on Automation Bias: An Analysis of Response Performance, The

* Effects of Augmented Reality Display Settings on Human Wayfinding Performance

*Hancock, P.J.B.*
**Co Author Listing** * Adding Holistic Dimensions to a Facial Composite System

* Applications of Face Analysis and Modeling in Media Production

* Comparisons between Human and Computer Recognition of Faces

Includes: Hancock, P.J.B. Hancock, P.J.B.[Peter J.B.]

*Hancock, S.*
**Co Author Listing** * Angular Reflectance of Leaves With a Dual-Wavelength Terrestrial Lidar and Its Implications for Leaf-Bark Separation and Leaf Moisture Estimation

* Exploring the Measurement Of Forests With Full Waveform LIDAR through Monte-Carlo Ray Tracing

* Quantifying Surface Reflectivity for Spaceborne Lidar via Two Independent Methods

Includes: Hancock, S. Hancock, S.[Steven]

*Hancock, T.R.[Thomas R.]*
**Co Author Listing** * Omnidirectional visual image detector and processor

*Hancox, G.*
**Co Author Listing** * Drivers' willingness to engage with their mobile phone: The influence of phone function and road demand

* Quantifying the effectiveness of ITS in improving safety of VRUs

Includes: Hancox, G. Hancox, G.[Graham]

*Hancox, J.[Jules]*
**Co Author Listing** * Virtual Catheter Ablation of Target Areas Identified from Image-Based Models of Atrial Fibrillation

*Hancox, J.C.*
**Co Author Listing** * Application of Micro-Computed Tomography With Iodine Staining to Cardiac Imaging, Segmentation, and Computational Model Development

*Hancu, I.*
**Co Author Listing** * Theoretical Investigation of Random Noise-Limited Signal-to-Noise Ratio in MR-Based Electrical Properties Tomography

* Tissue Electrical Property Mapping From Zero Echo-Time Magnetic Resonance Imaging

*Hanczar, B.[Blaise]*
**Co Author Listing** * Ensemble methods for biclustering tasks

* Performance visualization spaces for classification with rejection option

* reliability of estimated confidence intervals for classification error rates when only a single sample is available, The

Last update: 1-Oct-19 15:58:05

Use price@usc.edu for comments.